Friday, 1 July 2016

Whether it's being employed to
form formed concrete molds or as an ideal replacement for concrete and wood,
coated foam is quick changing into the fabric of alternative for field options.
light-weight, sturdy and straightforward to put in, foam provides edges that
ancient materials don't, and it are often accustomed produce a full vary of
field options -- from columns, balusters and capitals, to moldings, arches and
quoins.

While foam is a perfect material
for making these options, the connected production processes and
instrumentation are even as necessary. Hot wire foam cutting has become
well-liked for field applications due to its ability to show out consistent
field options and concrete molds while not time overwhelming manual processes
-- and while not sacrificing quality.

However, whereas standalone hot
wire foam cutting instrumentation will handle basic field options, there are
limitations to the sorts of merchandise which will be created. the character of
hot wire instrumentation, whether or not victimization straight or bent wire,
limits production to basic field styles. Incorporating ornamental patterns,
tortuous details or inventive styles -- the type of qualities that set design
apart -- is just impracticable with standalone hot wire cutting technology. For
those wanting to maneuver on the far side these limitations, a brand new system
that mixes variety of technologies into a robust foam carving resolution is
responsive the bell.

Combining hot wire cutting with
3D optical maser scanning, CNC (computer numerical control) routing and
numerous finishing capabilities, AN integrated foam cutting and carving system
pioneered by contour Automation represents succeeding level of innovation in
field foam and formed concrete mildew production. whereas hot wire cutting
technology is AN integral element of this technique, it's the addition of the
scanning, routing and finishing capabilities that introduces a brand new realm
of inventive prospects.

3D Rendering maser scanning
permits users to include any style thinkable into their merchandise. bespoken
code are often accustomed adapt, mix and scale these styles, whereas taking a
style from positive to negative to form a mildew is as straightforward as a
keystroke. whereas basic field shapes will then be cut on the new wire cutting
machine, the CNC router are often accustomed mill virtually any reasonably
organic form, style or feature in either positive or negative. These routers
very are the workhorse of the system, carving tortuous styles that have
historically solely been potential with meticulous hand carving. Once items are
incised, bespoken spray instrumentation or foam coating machinery is employed
to organize for installation or concrete casting.

Thanks to the seamless
integration of assorted complimentary technologies, this technique makes it
potential to require field options from conception to creation with an
automatic resolution. Users will manufacture inventive and ornamental field
options and molds while not the labor of ancient hand carving processes, and
while not the inventive limitations of standalone hot wire cutting
instrumentation. excellent replicas of existing items and models victimization
either foam or concrete ar potential, as well as correct historical
reproductions.

Beyond taking ancient field
options to new levels, this technique also can produce product lines merely not
possible with hot wire cutting. Scanning and routing capabilities yield the
creation of ornamental wall panels, concrete reliefs, fire mantels, concrete
sculptures and far a lot of. it's not shocking that this technique is gaining
quality as a method of delivering inventive and innovative field styles that
stand out from the gang. conveyance along trendy technology and ancient
accomplishment, this technique is revolutionizing the assembly of field foam
options and molds.